AnisotropicYamazakiLoss
The AnisotropicYamazakiLoss class represents the anisotropic Yamazaki iron loss model for a non-magnet material. This class is accessed through the eMotorSolution.CheckPoints.Materials module.
Parameters
- ke_x_expression:
str | float- The eddy current loss coefficient in the X direction, which can be a string mathematical expression or a float value. Default is2.923e-4. - ke_x_unit:
Literal["W/kg/T^2/Hz^2", "mW/kg/T^2/Hz^2", "uW/kg/T^2/Hz^2", "nW/kg/T^2/Hz^2"]- The unit of the eddy current loss coefficient in the X direction. Default is"W/kg/T^2/Hz^2". - ke_y_expression:
str | float- The eddy current loss coefficient in the Y direction, which can be a string mathematical expression or a float value. Default is6.012e-2. - ke_y_unit:
Literal["W/kg/T^2/Hz^2", "mW/kg/T^2/Hz^2", "uW/kg/T^2/Hz^2", "nW/kg/T^2/Hz^2"]- The unit of the eddy current loss coefficient in the Y direction. Default is"W/kg/T^2/Hz^2". - kh_x_expression:
str | float- The hysteresis loss coefficient in the X direction, which can be a string mathematical expression or a float value. Default is1.411e-4. - kh_x_unit:
Literal["W/kg/T^2/Hz", "mW/kg/T^2/Hz", "uW/kg/T^2/Hz", "nW/kg/T^2/Hz"]- The unit of the hysteresis loss coefficient in the X direction. Default is"W/kg/T^2/Hz". - kh_y_expression:
str | float- The hysteresis loss coefficient in the Y direction, which can be a string mathematical expression or a float value. Default is6.012e-2. - kh_y_unit:
Literal["W/kg/T^2/Hz", "mW/kg/T^2/Hz", "uW/kg/T^2/Hz", "nW/kg/T^2/Hz"]- The unit of the hysteresis loss coefficient in the Y direction. Default is"W/kg/T^2/Hz". - kh_z_expression:
str | float- The hysteresis loss coefficient in the Z direction, which can be a string mathematical expression or a float value. Default is3.006e-2. - kh_z_unit:
Literal["W/kg/T^2/Hz", "mW/kg/T^2/Hz", "uW/kg/T^2/Hz", "nW/kg/T^2/Hz"]- The unit of the hysteresis loss coefficient in the Z direction. Default is"W/kg/T^2/Hz". - mass_density_expression:
str | float- The mass density of the material, which can be a string mathematical expression or a float value. Default is7800. - mass_density_unit:
Literal["kg/m^3", "kg/dm^3", "kg/cm^3", "g/m^3"]- The unit of the mass density. Default is"kg/m^3".
Methods
| Method | Description |
|---|---|
| set_ke_x(expression, unit) | Sets the expression: str | float and unit: Literal["W/kg/T^2/Hz^2", "mW/kg/T^2/Hz^2", "uW/kg/T^2/Hz^2", "nW/kg/T^2/Hz^2"] for the eddy current loss coefficient in the X direction of the material. |
| set_ke_y(expression, unit) | Sets the expression: str | float and unit: Literal["W/kg/T^2/Hz^2", "mW/kg/T^2/Hz^2", "uW/kg/T^2/Hz^2", "nW/kg/T^2/Hz^2"] for the eddy current loss coefficient in the Y direction of the material. |
| set_kh_x(expression, unit) | Sets the expression: str | float and unit: Literal["W/kg/T^2/Hz", "mW/kg/T^2/Hz", "uW/kg/T^2/Hz", "nW/kg/T^2/Hz"] for the hysteresis loss coefficient in the X direction of the material. |
| set_kh_y(expression, unit) | Sets the expression: str | float and unit: Literal["W/kg/T^2/Hz", "mW/kg/T^2/Hz", "uW/kg/T^2/Hz", "nW/kg/T^2/Hz"] for the hysteresis loss coefficient in the Y direction of the material. |
| set_kh_z(expression, unit) | Sets the expression: str | float and unit: Literal["W/kg/T^2/Hz", "mW/kg/T^2/Hz", "uW/kg/T^2/Hz", "nW/kg/T^2/Hz"] for the hysteresis loss coefficient in the Z direction of the material. |
| set_mass_density(expression, unit) | Sets the expression: str | float and unit: Literal["kg/m^3", "kg/dm^3", "kg/cm^3", "g/m^3"] for the mass density of the material. |
Attributes
| Attribute | Description |
|---|---|
| ke_x_expression | The eddy current loss coefficient in the X direction, represented as a string mathematical expression or a float value. Default is 2.923e-4. |
| ke_x_unit | The unit of the eddy current loss coefficient in the X direction. Default is "W/kg/T^2/Hz^2". |
| ke_y_expression | The eddy current loss coefficient in the Y direction, represented as a string mathematical expression or a float value. Default is 6.012e-2. |
| ke_y_unit | The unit of the eddy current loss coefficient in the Y direction. Default is "W/kg/T^2/Hz^2". |
| kh_x_expression | The hysteresis loss coefficient in the X direction, represented as a string mathematical expression or a float value. Default is 1.411e-4. |
| kh_x_unit | The unit of the hysteresis loss coefficient in the X direction. Default is "W/kg/T^2/Hz". |
| kh_y_expression | The hysteresis loss coefficient in the Y direction, represented as a string mathematical expression or a float value. Default is 6.012e-2. |
| kh_y_unit | The unit of the hysteresis loss coefficient in the Y direction. Default is "W/kg/T^2/Hz". |
| kh_z_expression | The hysteresis loss coefficient in the Z direction, represented as a string mathematical expression or a float value. Default is 3.006e-2. |
| kh_z_unit | The unit of the hysteresis loss coefficient in the Z direction. Default is "W/kg/T^2/Hz". |
| mass_density_expression | The mass density of the material, represented as a string mathematical expression or a float value. Default is 7800. |
| mass_density_unit | The unit of the mass density. Default is "kg/m^3". |